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Designs, tests, and maintains rocket engine components for SpaceX’s Merlin engines, from development through flight, while collaborating with cross-functional teams to improve reliability and production efficiency.
Lead a team to ensure Starlink hardware reliability from design through manufacturing and field deployment, using RF, electrical, and environmental testing while driving process improvements and cross-functional collaboration.
Lead a team to ensure the reliability of SpaceX's Starlink hardware from manufacturing to deployment, minimizing failures and customer downtime while aligning with engineering and business goals.
Designs and verifies next-generation ASICs for SpaceX’s Starlink network, ensuring satellite and ground infrastructure connectivity through pre- and post-silicon validation.
Designs and verifies next-generation ASICs for SpaceX’s Starlink network, ensuring chips meet performance and reliability needs for global satellite and ground infrastructure.
Lead a team of engineers to improve the reliability of electrical hardware for SpaceX’s Starshield satellite systems, diagnosing failures and driving corrective actions in a high-stakes aerospace environment.
Design and build high-reliability satellite electronics for a space-based AI compute constellation, including power systems, avionics, and custom compute hardware.
Designs and tests high-reliability power electronics for AI satellites, including DC-DC converters and power systems, to support orbital AI compute in extreme space environments.
Design and build high-reliability electrical hardware for SpaceX’s Starmind satellite constellation, enabling advanced AI compute in orbit with mixed-signal circuits, power systems, and custom compute electronics.
Designs and tests high-reliability power electronics for space-based AI satellites, including DC-DC converters and power distribution systems for orbital compute platforms.
Designs and tests next-generation RF integrated circuits for SpaceX’s Starlink satellite internet network, working with RF/analog/mixed-signal circuits in SiGe or CMOS processes.
Designs and tests next-generation RF integrated circuits for SpaceX’s Starlink satellite internet network, focusing on high-frequency analog and mixed-signal components in SiGe or CMOS processes.
Supervises a team analyzing hardware failures in Starlink’s satellite and ground systems to improve reliability and manufacturing quality.
Designs and maintains hardware-in-the-loop test systems for Starlink satellites, including troubleshooting, fabricating cables, and validating bespoke test equipment in a hands-on manufacturing environment.
Designs and builds high-voltage power electronics for Starlink ground stations, including kV-level power supplies and DC-DC converters, from prototype to production.
Senior Electrical Engineer at SpaceX responsible for hardware reliability of Starlink’s satellite and ground systems, debugging PCBA failures, and improving manufacturing quality using advanced diagnostic tools.
Designs and improves mechanical systems for SpaceX’s Starshield satellite program, troubleshooting failures and driving reliability in high-volume production.
Designs and routes complex PCBs for Starlink hardware, partnering with engineers to optimize layouts for RF, power, and digital circuits using tools like Mentor Xpedition or Altium.
Design and improve Starlink’s satellite and ground hardware, analyze failures, and implement processes to boost production quality and on-orbit reliability.
Perform hardware-in-the-loop testing and equipment operations to support Starlink’s satellite integration and infrastructure development.
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